The objective of this study is to evaluate the capability of the Impulse Excitation Technique (IET) in assessing the residual elastic properties of damaged composite laminates. To this aim, the Young's modulus in the longitudinal direction of undamaged and damaged thick laminates is evaluated both with the IET and with a tensile test, according to the ASTM standard. The differences between the reference ASTM values and the IET values are then interpreted through a simple mechanical model of the damaged laminate. Potentialities and weaknesses in the application of the IET for the assessment of the residual elastic properties are finally discussed and highlighted in the paper
Different non-destructive techniques are developed and adopted for effective and reliable characteri...
ABSTRACT: Degradation in mechanical properties (compression, flexural and ILS) of glass epoxy compos...
Due to the problems arising from impact damage in composite laminates, there is a need to develop fa...
The objective of this study is to evaluate the capability of the Impulse Excitation Technique (IET) ...
Damage complexity represents one of the main limitations to the diffusion of composite materials in ...
In this work, an innovative experimental methodology is presented for the assessment of damage sever...
An innovative experimental methodology for the nondestructive assessment of local elastic properties...
International audienceThe purpose of this paper is to propose a critical assessment of Young’s modul...
In the last decades, the use of composite materials for structural components is rapidly increasing....
The detection and evaluation of damage in components made by composite materials is one of the main ...
The detection and evaluation of damage in components made by composite materials is one of the main ...
A new approach that integrates acoustic emission (AE) and the mechanical behaviour of composite mate...
An experimental study has been conducted to evaluate the compressive residual strength of glass fibe...
International audienceThis work investigates the effect of residual stresses on the damage of compos...
Understanding the change in material properties in time is necessary for in-service diagnosis of str...
Different non-destructive techniques are developed and adopted for effective and reliable characteri...
ABSTRACT: Degradation in mechanical properties (compression, flexural and ILS) of glass epoxy compos...
Due to the problems arising from impact damage in composite laminates, there is a need to develop fa...
The objective of this study is to evaluate the capability of the Impulse Excitation Technique (IET) ...
Damage complexity represents one of the main limitations to the diffusion of composite materials in ...
In this work, an innovative experimental methodology is presented for the assessment of damage sever...
An innovative experimental methodology for the nondestructive assessment of local elastic properties...
International audienceThe purpose of this paper is to propose a critical assessment of Young’s modul...
In the last decades, the use of composite materials for structural components is rapidly increasing....
The detection and evaluation of damage in components made by composite materials is one of the main ...
The detection and evaluation of damage in components made by composite materials is one of the main ...
A new approach that integrates acoustic emission (AE) and the mechanical behaviour of composite mate...
An experimental study has been conducted to evaluate the compressive residual strength of glass fibe...
International audienceThis work investigates the effect of residual stresses on the damage of compos...
Understanding the change in material properties in time is necessary for in-service diagnosis of str...
Different non-destructive techniques are developed and adopted for effective and reliable characteri...
ABSTRACT: Degradation in mechanical properties (compression, flexural and ILS) of glass epoxy compos...
Due to the problems arising from impact damage in composite laminates, there is a need to develop fa...